Releases: TG9541/stm8ef-modbus
Volatile - Unstable - Latest - Development
About this release
This is the "here today gone tomorrow" binary release for testing.
This isn't really a release but a container for the binary artifacts from the latest build (see this GH Release issue). It's not only unstable (if tested!) but also volatile.
This means that the artifacts in the "volatile" release can be used for testing or prototyping but they won't last. In order to keep a trace to the Git version at the end of the file forth.asm packed in the attached binary archives there is an identification record like the following:
; ##########################################
; # Release info added by GitHub action:
; # repository: TG9541/stm8ef-modbus
; # branch name: refs/heads/package-source
; # sha: 69580949be75a71ffc03524bc34517646a9d9d75
; ##########################################
The Git version used for creating the binary archive in this example is 6958094.
Please take note that not all archives provided in the release are up-to-date:
| File | Description |
|---|---|
| stm8ef-bin.tgz | full binary release, suitable for STM8 eForth Modular Build method |
| stm8ef-bin.zip | binary release (out/C0135/C0135-forth.ihx is the ready-to-use "four relay board" hex file) |
| stm8ef-rst.tgz | list file for debugging |
| Source code (zip) | GitHub source snapshot from original tag (outdated) |
| Source code (tar.gz) | GitHub source snapshot from original tag (outdated) |
STM8 eForth update, board support for STM8S001J3RS485
This release uses new build features introduced by STM8 eForth to 2.2.26 and Python3 support introduced by STM8 eForth update to 2.2.27.pre2.
There is experimental support for the STM8S001J3RS485 board (a binary release archive is attached). Adding more boards using this pattern is now a simple configuration task.
C0135 beta 0.19 - "viable MODBUS RTU"
C0135 binary created with STM8 simulation in uCsim on Travis-CI. Tested on a "4-Relay" board V1.06.
Here is a screenshot of QModMaster:
Features:
- As of #30, FC03, FC06 and FC15 the MODBUS address mapping is as follows:
| MB address | register MODBUS | Forth |
|---|---|---|
| 0 | holding 1 | holding |
| 1 .. 59999 | holding 2 | holding 2+ |
| 60000 | node ID | $4000 |
| 60001 | baud rate | $4002 |
| 60002 .. 60319 | user EEPROM | $4004 - $43FE STM8S EEPROM |
- bitfield operations for Little Endian (i.e. "MODBUS packed bits") and Big Endian (i.e. "MODBUS registers") make better FC01, FC02, FC05 and FC15 possible. Refer to the following commits:
- Add IN@ to actually read C0135 inputs, refer to issue issue #20 and to this HaD log entry
- EEPROM Initialization w/o console: press and hold S2 during reset (refer to #17)
- Relais 1..4 and LED as "single coil" address 0 .. 4
- Forth console on PD1/SWIM 9600 baud
See #12 for discussion of missing or planned features (e.g. initial setting of Node-ID and baud rate).
Note: the tgz archive is recommended for general MODBUS use and for Forth programming. The included binary can be flashed with stm8flash -c stlinkv2 -p stm8s103f3 -s flash -w out/C0135/C0135-forth.ihx. If you're using Windows, STVP-STM8 may help.
C0135 alpha 0.18
C0135 binary created with STM8 simulation in uCsim on Travis-CI. Tested on a "4-Relay" board V1.06.
Features:
- bitfield operations for Little Endian (i.e. "MODBUS packed bits") and Big Endian (i.e. "MODBUS registers") make better FC01, FC02, FC05 and FC15 possible. Refer to the following commits:
- Add IN@ to actually read C0135 inputs, refer to issue issue #20 and to this HaD log entry
- EEPROM Initialization w/o console: press and hold S2 during reset (refer to #17)
- Node-ID in EEPROM $4000, "holding" address 0
- Baud rate in EPROM $4002, "holding" address 1
- Relais 1..4 and LED as "single coil" address 0 .. 4
- Forth console on PD1/SWIM 9600 baud
See #12 for discussion of missing or planned features (e.g. initial setting of Node-ID and baud rate).
Note: the tgz archive is recommended for Forth programming
C0135 alpha 0.17
C0135 binary created with STM8 simulation in uCsim on Travis-CI. Tested on a "4-Relay" board V1.06.
Features:
- bitfield operations for Little Endian (i.e. "MODBUS packed bits") and Big Endian (i.e. "MODBUS registers") make better FC01, FC02 and FC15 possible. Refer to the following commits:
- Add IN@ to actually read C0135 inputs, refer to issue issue #20 and to this HaD log entry
- EEPROM Initialization w/o console: press and hold S2 during reset (refer to #17)
- Node-ID in EEPROM $4000, "holding" address 0
- Baud rate in EPROM $4002, "holding" address 1
- Relais 1..4 and LED as "single coil" address 1 .. 5
- Forth console on PD1/SWIM 9600 baud
See #12 for discussion of missing or planned features (e.g. initial setting of Node-ID and baud rate).
Note: the tgz archive is recommended for Forth programming
C0135 alpha 0.16
C0135 binary created with STM8 simulation in uCsim on Travis-CI. Tested on a "4-Relay" board V1.06.
Features:
- Add IN@ to actually read C0135 inputs, refer to issue issue #20 and to this HaD log entry
- EEPROM Initialization w/o console: press and hold S2 during reset
- Node-ID in EEPROM $4000, "holding" address 0
- Baud rate in EPROM $4002, "holding" address 1
- Relais 1..4 and LED as "single coil" address 1 .. 5
- Forth console on PD1/SWIM 9600 baud
See #12 for discussion of missing or planned features (e.g. initial setting of Node-ID and baud rate).
Note: the tgz archive is recommended for Forth programming
C0135 alpha 0.15
C0135 binary created with STM8 simulation in uCsim on Travis-CI. Tested on a "4-Relay" board V1.06.
Features:
- EEPROM Initialization w/o console: press and hold S2 during reset
- Node-ID in EEPROM $4000, "holding" address 0
- Baud rate in EPROM $4002, "holding" address 1
- Relais 1..4 and LED as "single coil" address 1 .. 5
- Forth console on PD1/SWIM 9600 baud
See #12 for discussion of missing or planned features (e.g. initial setting of Node-ID and baud rate).
Note: the tgz archive is recommended for Forth programming
C0135 alpha 0.14
Superseded by alpha 0.15
0.13
Test Travis-CI release for C0135
Merge pull request #14 from TG9541/C0135 C0135 with release